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Research Project: CHARACTERIZATION AND ENHANCEMENT OF PLANT RESISTANCE TO WATER-DEFICIT AND THERMAL STRESSES

Location: Plant Stress and Germplasm Development Research

Project Number: 6208-21000-018-00
Project Type: Appropriated

Start Date: Oct 01, 2010
End Date: Dec 13, 2013

Objective:
(1) Identify and functionally characterize genes central to the adaptation of plant to water-deficit and thermal stresses. (2) Discover and/or develop germplasm enhanced for stress resistance traits. (3) Identify and characterize water-deficit and thermal stress-responding promoters for using the controlled expression of stress resistance genes and for testing of a user-friendly plant stress reporter system for crop management.

Approach:
A multidisciplinary research approach will be utilized because of the complexity of the problems to be addressed. Genes will be identified via expression databases and mutational analyses. Physiological and molecular characterizations will be used to identify germplasm with enhanced stress tolerances. Transformational technologies will be used in the development of plant with enhanced stress tolerances and plant with stress responsive reporter genes.

   

 
Project Team
Burke, John
Mahan, James
Mahan, James
Chen, Junping
Xin, Zhanguo
Payton, Paxton
Velten, Jeffrey - Jeff
Ulloa, Mauricio
 
Project Annual Reports
  FY 2012
  FY 2011
 
Publications
   Publications
 
Related National Programs
  Plant Genetic Resources, Genomics and Genetic Improvement (301)
 
Related Projects
   MOLECULAR CHARACTERIZATION OF NEMATODE AND FUSARIUM WILT RESISTANCE GENE-RICH REGION IN THE COTTON GENOME
   EVALUATIONS OF COTTON CULTIVARS AND GERMPLASM WITH DIVERSE GENETIC BACKGROUNDS FOR YIELD, FIBER QUALITY, AND DISEASE RESISTANCE TRAITS
   CHARACTERIZATION AND ENHANCEMENT OF PLANT RESISTANCE TO WATER-DEFICIT AND THERMAL STRESSES
   Molecular-Genetic Analysis of Cotton and Peanut Germplasm for Abiotic and Biotic Stress Tolerance
   Discovery of Drought Stress and Fusarium Wilt Resistance Biomarker-Genes for Assisting Breeding
   Assessment of Drought and Disease Resistance of Cottons with Different Genetic Backgrounds
 
 
Last Modified: 05/19/2013
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